Method for detecting polar stability by utilizing measuring equipment

Abstract

The invention discloses a method for detecting polar stability by utilizing measuring equipment. The measuring device comprises a radar, a soil compactness determinator and a controller, wherein the radar and the soil compactness determinator are connected with the controller. The method comprises the following steps: sending an instruction judging stability of a polar to a detector by the controller, detecting breadth of root distribution of the polar, vertical depth of roots, height of the polar and diameter of a trunk of the polar by the radar in the measuring device, measuring the soil compactness by the soil compactness determinator, transmitting the measured data to the controller by the radar and the soil compactness determinator, wherein an operation control program used for judging safety performance of the polar is arranged in the controller, receiving data, analyzing and processing data, and outputting a determination result on a display screen of the controller. The stability of the polar is determined, so that the polar can be effectively prevented from tipping, personal safety of a person can be protected and property of the person can not lose, and an accident is avoided.

Description

technical field [0001] The invention relates to the field of tree stability measurement, in particular to a method for checking the stability of poplar trees through measuring equipment. Background technique [0002] Poplar trees grow in a wide range of areas in nature. Under the influence of weather factors such as wind, heavy rain, and sandstorms, the growth of the soil and the growth of its own trunk will change, which will reduce the stability of the tree and lead to severe weather. It is easy to overturn, and cases such as tree overturning and hitting people and cars often occur; and the market does not have a device for monitoring the stability of the tree to reduce the occurrence of avoidable accidents. [0003] Poplar, the maximum growth height is 25 meters, the roots are deep and well developed, the vertical depth is 2 meters, the crown is generally greater than 1 meter, and the root width is the size of the periphery of the crown, wind resistance, drought resistanc...

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Problems solved by technology

[0002] Poplar trees grow in a wide range of areas in nature. Under the influence of weather factors such as wind, heavy rain, and sandstorms, the growth of the soil and the growth of its own trunk will change, which will reduce the stability of the tree and lead to severe weather. It is easy to fall over, and cases such as trees falling down and hitting people and cars often occur; and the market does not have a device for monitoring the stability of trees to reduce the occurrence of avoidable accidents

[0003] Poplar, the maximum growth height is 25 meters, the roots are deep and well developed, the vertical depth is 2 meters, the crown is generally greater than 1 meter, and the root width is the size of the periphery of the crown, wind resistance, drought resistance, barren, especially adaptable to urban soil Unfavorable environmental conditions such as hardening, but poor growth in low-lying water, strong resistance to pollution such as sulfur dioxide and smoke, fast growth when young, medium-speed growth later, and long life;

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